Recent content by Kinetica

I see what you mean. My mistake is that I did not consider to multiply the probabilities by corresponding values. Then, my question is. Some problems that I solved earlier were easily solved by using tables like this. How do I distinguish which method to use?

Thank you a lot!

I drew a table: Def No Def I 0.08 0.32 0.40 II 0.10 0.50 0.60 0.18 0.82 1 It is a little bit off but you can see that elements add up to 1. and you can also see the number 0.82 - this is my answer.

Here is the latex file and the document. % !TEX TS-program = pdflatex % !TEX encoding = UTF-8 Unicode % This is a simple template for a LaTeX document using the "article" class. % See "book", "report", "letter" for other types of document. \documentclass[11pt]{article} % use larger...

Weird things happen with my TeXnicCenter. Now, a table got stuck in between my picture no matter where I place this table within the document. Also, the last suggestion did not help. Let me attach the file.

The picture is located in the same folder where my latex file is.

Homework Statement Of the items produced daily by a factory, 40% come from line I and 60% from line II. Line I has a defect rate of 8%, whereas line II has a defect rate of 10%. If an item is chosen at random from the day’s production, find the probability that it will not be defective...

Hello! When I add a picture in my LaTeX document, the system automatically adds the directory of the file like seen in the attachment. Is there a way to fix it? because I don't need the directory to be seen. My code is: \begin{center} \includegraphics[width=0.50\textwidth]{E:/Game Theory...

Thanks, this is correct!

[QUOTE=Ray Vickson} I later corrected myself. Please see if my solution that follows the original posting is correct? Thank you!

It means the very last job, the fourth one.

Then, the final answer for part a is: (4!16!)/(5!3!4!4!) divided by [20!/(6!4!5!5!)]

OK - Now I am correcting myself a bit. The logic behind part a answer: The total number of all the possible options is [20!/(6!4!5!5!)]. Now I know that I have to put 4 minority workers into each job. So I have 4! options of distribution of those minorities. I also have 16! workers that are...

Homework Statement Please help me in my attempt: There are 20 laborers to four different construction jobs including 4 workers of ethnic minority. The first job required 6 laborers; the second, third, and fourth utilized 4, 5, and 5 laborers, respectively. What is the probability that...

Here is just a general question. I've got a game theory question, which asks to solve a firm's decision problem. How do I define the decision problem? Is it an equation that equates the total probability of all the events to some outcomes?